ABSTRACT

The application of microbial biotechnology to horticulture is of great importance, because it has the potential to increase productivity, to enhance quality and shelf-life of the produce and to develop novel techniques in food processing and for conversion of horticultural wastes into renewal energy sources. In addition, a wide array of scientific

chapter |4 pages

SELECTION OF EFFICIENT AM FUNGI

chapter |1 pages

Nutrient Film Technique (NFT)

chapter |1 pages

Carrier Material (expanded ciay)

chapter 3|34 pages

Nitrogen (N2) Fixation in Vegetable Legumes: Biotechnological Perspectives

rogen (M ) Fixation in Vegetable Legumes: Biotechnological Perspectives

chapter |5 pages

Reduction of Wound Infection

chapter |2 pages

Addition of Nutrients

chapter |11 pages

Timing and Frequency of Treatments

chapter |8 pages

REFERENCES

chapter |13 pages

REFERENCES

chapter |14 pages

Direct Mycoparasitism

chapter |13 pages

INSECT RESISTANCE AND CONTROL MEASURES

chapter |4 pages

Nature of Microorganisms on Fruits and Vegetables

Saprophytic Microorganisms

chapter |3 pages

Aeromonas

chapter |1 pages

Escherichia coli

chapter |3 pages

Listeria monocytogenes

chapter |2 pages

Spore-forming Bacteria

chapter |14 pages

Cyclospora

chapter |2 pages

Antimicrobial Chemicals

chapter |15 pages

Transportation

chapter 10|5 pages

Microbial Technology of Fermented Vegetables

Montēt*, Gerard Loiseau Nadine Zakhia-Rozis

chapter |26 pages

Temperature

chapter |1 pages

Sweet Potato Silage

chapter |33 pages

Cassava

chapter 15|17 pages

Production of Renewable Energy Agricultural and Horticultural Substrates and Waste Products

from P. Ward*, Ajay Singh # clilCI iıQ İılvSn ■ Іжсіу

chapter |25 pages

Metals